“Tubes, Branches and Pumps in Development” 

.   .   .   is the title of the 2008 Developmental Biology Symposium at the University of Minnesota. This year the Developmental Biology Center is proud to be partnering with the Lillehei Heart Institute.  Together we will be presenting an impressive line-up of speakers for what promises to be a unique and exciting Symposium event.

The Symposium will take place at the McNamara Alumni Center on Wednesday, September 24th from 8:00 AM to 5:00 pm and Thursday, September 25th from 8:30 am to noon. There has been a slight adjustment on the calendar from early plans for this event so please make note of these corrected datesPlease also note that the location and schedule of this year’s event differs from years past.


Registration Information

Speakers:
Markus Affolter, Biozentrum University of Basel Branching morphogenesis in flies and fish

Deborah Andrew, Johns Hopkins University School of Medicine Insights into tube size regulation from the Drosophila embryo

Alice Cheung, University of Massachusetts at Amherst 
Pollen tubes, the conduits that transport sperms to the egg cell in plants 


Lindsay Hinck, University of California,  Santa Cruz  
Growing the mammary tree: "axon" guidance cues as adhesive factors


Mark Mercola, Burnham Institute for Medical Research
Discovery of Small Molecule Regulators of Stem Cell Cardiogenesis 


Benjamin Podbilewicz, Technion- Israel Institute of Technology 
Developmental cell fusion and tubes

Didier Stainier, University of California San Francisco 
Cell differentiation and morphogenesis at the AV canal


Michael D Schneider, Imperial College London    
Cardiopoiesis: Cardiac myocyte creation by adult and embryonic stem cells


Brian Black, Univeristy of California, San Francisco    
A transcriptional code for vascular development


There will be a Conference Banquet:  Wednesday, September 24th At the Weisman Art Gallery, University of Minnesota, Mineapolis Campus Featuring an after dinner lecturer:
Ken Chien, Harvard Medical School
Towards human models of human heart disease: The islet-1 heart progenitor story


Poster
Short Program

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